Hire the Best Electronic Engineers
in Pakistan

50+ hardware and embedded systems projects delivered, from concept through manufacturing. Full project lifecycle ownership: requirements → schematic → PCB layout → firmware → prototyping → testing → DFM/production handoff. Projects spanning industrial electronics, IoT devices, RF systems, wearables, and battery-powered products. I design and build hardware products that survive real-world contact — not just designs that work in simulation. For 6+ years, I've taken products from a blank schematic to manufactured, field-deployed hardware: industrial electronics, IoT devices, RF systems, and embedded platforms used in real industrial and consumer environments. I work across the full stack — system architecture, PCB layout, firmware, prototyping, and DFM — so you get one engineer who understands how a firmware design decision affects the PCB, and vice versa. If you need someone who can own a hardware product end-to-end, or step into a specific phase (schematic review, firmware bring-up, RF tuning, manufacturing prep), I can help. WHERE I ADD THE MOST VALUE Custom PCB design, 2–12 layers, including high-speed digital and RF layouts EMI/EMC-aware design and Design for Manufacturing (DFM) Embedded firmware in C/C++ for ESP32, STM32, nRF52/nRF53, RP2040, and ARM Cortex-M platforms IoT connectivity: Wi-Fi, BLE, LoRa, GSM/LTE, GPS/GNSS, cloud-connected devices Industrial communication: UART, SPI, I²C, RS485, Modbus, CAN Bus Power electronics: battery management systems (BMS), DC-DC converters, SOC/SOH estimation, industrial power monitoring Prototype-to-production support, including BOM creation and manufacturing handoff RECENT WORK Industrial gas metering system (EVC V5) — redesigned the hardware architecture with RS485, CAN Bus, and Modbus communication, built to meet EMI/ESD protection and hazardous-environment requirements. Ground Penetrating Radar — designed a 100–900 MHz subsurface sensing system built around a high-efficiency Class-E RF power amplifier and custom embedded electronics. EEG smart glasses — developed wearable electronics for brainwave acquisition, signal conditioning, embedded processing, and wireless transmission. Dual-MCU wireless audio platform — low-power architecture combining nRF5340 and ESP32-S3, with BLE, Wi-Fi, secure storage, and advanced power management. Energy monitoring & battery management platform — multi-source monitoring across AC power, solar generation, and battery storage, with SOC/SOH estimation, GSM connectivity, Ethernet, and remote monitoring. High-power RF amplifier — 100 MHz Class-E design delivering up to 1 kW output. Multiple ESP32-based industrial and consumer products — automation, environmental monitoring, sensing, and data acquisition. Aero-Guide robot — autonomous, AI-assisted navigation platform, finalist in a national engineering competition. WHAT YOU GET WORKING WITH ME Clear technical communication from day one — I'll tell you early if something won't scale, won't pass EMC, or won't be manufacturable, rather than letting you find out after fabrication. Deliverables built for handoff: schematics, PCB layouts, Gerbers, BOMs, manufacturing files, firmware, and documentation — organized so another engineer (or your future self) can pick them up. Fast, practical problem-solving when prototypes don't behave as expected. A focus on shipping reliable, buildable hardware — not just a working bench demo. Outside of engineering, I spend time mountain trekking, with expeditions to several major peaks in Pakistan, including base camps of multiple 8,000m mountains. It's where I keep my planning and problem-solving instincts sharp under pressure — skills that translate directly into debugging hardware at 2 am before a deadline. If you have a hardware or firmware challenge — from a rough concept to a stalled prototype that needs fixing — I'd be glad to take a look and tell you honestly what it'll take to get it done right.

I am Muhammad Umair. I am an Electronics Engineer with a quite good experience in FPGA system design & PCB and programming of FPGA boards in VERILOG, VHDL and FSM using Xilinx ISE, Vivado, Intel Quartus and Modelsim Software's. I have hand on experience in the following tools Intel Quartus Xilinx ISE Vivado Modelsim I can provide services in Verilog, VHDL and Schematic designs to program Alterna and Xilinx FPGA Boards I will provide everything related to the tasks which includes: Source Code Test Bench Simulation Results Analysis and Report Optimization solution Finite State Machine PCB Softwares KiCad Altium EagleCAD EasyEDA DipTrace Proteus

I’m an Electronics & Electrical Engineer specializing in PCB design, circuit design, embedded systems, hardware development, simulation, and electronic product reverse engineering. I help startups, companies, researchers, and product developers turn ideas, prototypes, existing hardware, or incomplete designs into reliable, manufacturable, and production-ready electronic products. I work across the complete hardware development cycle — from circuit analysis and system architecture to schematic capture, PCB layout, prototyping, testing, debugging, reverse engineering, and manufacturing preparation. 🔧 PCB & Hardware Design • Schematic design and circuit development • 2–16+ layer PCB design • Analog, digital & mixed-signal electronics • High-speed PCB layout & controlled impedance • RF PCB layout & antenna integration • Power & signal integrity • EMI/EMC-aware design • DFM/DFA/DFT optimization • Component selection and BOM optimization • Gerber, BOM & Pick-and-Place/CPL generation • JLCPCB/manufacturing-ready design • PCB review, debugging and design validation PCB Tools: Altium Designer, KiCad, EasyEDA, Proteus 🔍 PCB & Electronics Reverse Engineering I can reverse engineer existing electronic products, PCBs, and prototypes to help you understand, document, reproduce, modify, or improve an existing design. My reverse-engineering workflow can include: • PCB inspection and component identification • Schematic recreation from an existing PCB • Component and IC identification • Net tracing and connectivity analysis • PCB layout reconstruction • BOM reconstruction • Datasheet-based circuit analysis • Connector and pinout identification • Power-supply and signal-path analysis • Functional block identification • Existing PCB design review • Design improvement and cost reduction • Reproduction/manufacturing preparation Whether you have an existing PCB without source files, an old schematic, Gerbers, photographs, or a manufactured prototype, I can help convert the available information into a structured and usable engineering design. ⚡ Circuit Design & Simulation I use simulation to verify circuits before committing to hardware and reduce unnecessary prototype iterations. Simulation experience includes: • LTspice • PSpice • MATLAB/Simulink • PLECS • Multisim • Proteus • CST Studio Suite I work with analog circuits, digital logic, power supplies, DC-DC converters, battery systems, motor control, sensor interfaces, signal conditioning, and mixed-signal systems. 💻 Embedded Systems & Firmware I also provide hardware–firmware integration using: • STM32 • ESP32 / ESP32-S3 / ESP32-C3 • Nordic nRF52 / nRF53 • AVR • PIC • ARM Cortex Embedded C/C++, Bare-Metal, FreeRTOS, drivers, bootloaders, sensor integration and communication interfaces. Protocols include: UART • SPI • I²C • CAN/CAN FD • USB • Ethernet • BLE • Wi-Fi • LoRa • MQTT • RS-232 • RS-485 • Modbus ⚙️ Power Electronics & Product Development I have experience with: • AC-DC & DC-DC converters • Battery charging and protection • BMS-related circuits • Motor controllers • Power management • Protection circuits • IoT devices • Industrial electronics • Automotive electronics • Robotics • RF/wireless hardware • Medical electronics • Consumer electronics 📦 Manufacturing & Production Support I don't stop at a working schematic. I focus on creating designs that can actually be manufactured. Deliverables can include: Schematic → PCB Layout → BOM → Gerbers → CPL/Pick-and-Place → Assembly Documentation → Prototype → Validation → Production Support I can also review existing manufacturing files and identify issues involving footprints, component availability, PCB fabrication, assembly, DFM, BOM, and JLCPCB/LCSC production requirements. Why Work With Me? ✔ Complete electronics hardware development ✔ PCB design and circuit engineering ✔ Existing PCB review and reverse engineering ✔ Simulation before prototyping ✔ Manufacturing-focused designs ✔ BOM and cost optimization ✔ Hardware/firmware integration ✔ Clear engineering documentation ✔ Practical approach to debugging and validation If you have a new electronics product, existing PCB, prototype that needs improvement, outdated design, or hardware that needs to be reverse engineered, I can help take it from the current state to a reliable and manufacturable solution. Send me your schematic, PCB files, Gerbers, photos, BOM, prototype details, or project requirements, and let's discuss the best engineering approach.

I'm Husnain, an Electronics Engineer specializing in PCB design and embedded firmware development. I handle both hardware and software so you don't need to hire two people — from schematic design and PCB layout to writing the firmware that brings your device to life. What I can do: PCB Design (single, double & multilayer boards) Schematic capture & circuit design Firmware development (Embedded C/C++) Arduino, ESP32, STM32 programming Sensor integration & hardware control Communication protocols: UART, I2C, SPI, WiFi, BLE Manufacturing-ready Gerber files & documentation What you'll get: Clean, professional PCB layouts ready for manufacturing Stable, optimized firmware Clear communication throughout the project Let's talk about your project - I respond within a few hours.

I am an Electrical Engineer with strong experience in designing, executing, and analyzing electrical systems across a wide range of applications. My work includes both renewable energy projects (medium to large-scale solar systems) and general electrical engineering tasks. Core Expertise: • Electrical system design and analysis • Solar PV system design (ground-mounted and elevated structures) • Load calculations, cable sizing, and voltage drop analysis • Circuit design, simulation, and PCB layout • Single Line Diagrams (SLD), wiring diagrams, and 3D layouts (SketchUp) • Material estimation and preparation of Bills of Materials Software Skills: • PVsyst, Helioscope, and SketchUp 3D for solar design • Simulation and design tools for circuit and PCB development • C++ & Python for basic programming and automation tasks I can support clients in all phases of a project, from feasibility studies and preliminary design to detailed engineering and execution. My goal is to provide accurate, efficient, and professional solutions for both renewable and general electrical engineering needs.

I am an Electrical Engineer having experience in AutoCAD designing, ETAP, Simulink, MATLAB, Fusion 360, SolidWorks, Eagle CAD, MACH3, Siemens S1200 PLC Programming and Turning Center CNC Programming.